From the very beginning, we saw the meaning of our existence in combining the efforts of talented scientists, engineers and managers to create products that can improve the quality of life of mankind, teach them to take care of water resources, solve the problem of reduction of forests and fertile land, and expand the space for a fruitful human life , once and for all to end hunger and food inequality in different regions of the planet.

After all, we live in the 21st century, we have mastered nuclear technology, deciphered DNA, and looked into the quantum worlds. So why are our forests dying, soils drying up and deserts advancing, taking over once fertile areas, and more than 19 thousand die of hunger every day. person (1).

If nothing is done, then by 2025 80% of the world's arable land will face water shortages (2) and subsequent degradation (3). More than two billion people will face significant dietary reductions, hunger and even starvation.

We are confident that scientific developments should not remain in laboratories, but should serve people for the sake of the future of all humanity.

Our artificial soils <Soilgrace> allow us to solve the problems of desert landscaping and sustainable agriculture even in conditions of severe water shortage and lack of fertile soil. We give people the opportunity to return to the previously lost lands of their ancestors and build a comfortable and fulfilling life there for future generations.

The year 2022-2023 was called “the year of unprecedented hunger” on the website of the UN World Food Programme. In 2022, 828 million people were hungry and at risk of starvation, an increase of almost 2% compared to 2019, with 345 million people at risk of starvation.

In addition, in 2018, for every 821 million hungry people, there were another 2 billion undernourished people—those who do not get enough food to keep their bodies healthy. In fact, every third inhabitant of the Earth is in a state of malnutrition, exhaustion and hunger.

And all this in a situation where the science of crop production, livestock breeding, agronomy, and soil science have reached unprecedented heights, as well as the productivity of land and crops.

The reasons for this are different, including long-term climate change, large-scale droughts in the last 5 years due to such phenomena as El Niño and La Niña, rising prices for energy resources used for the production of fertilizers and desalination, and local wars , destroying crops and leading to mass migration of people from rural areas.

But nevertheless, the main reason for such a depressing situation is the problem of reduction of fertile lands. We are losing the land on which we can grow something, we are losing the water that is used for irrigation, we are losing the battle for forests and fields to the deserts.

In 2019, the Intergovernmental Panel on Biodiversity and Ecosystem Services (IPBES) concluded that about 75% of the world's land masses are significantly degraded, threatening the safety of 3.2 billion people. If ongoing desertification is not addressed, by 2050 over 90% of the land may become unusable.

According to UN estimates, desertification alone could potentially affect more than a billion people and about a third of all land used for agricultural purposes.

About 80% of the population at risk of crop failure and famine due to climate change and desertification lives in sub-Saharan Africa, South and Southeast Asia. And, presumably, by 2025, 80% of the world’s arable land will face a lack of water and widespread degradation of the fertile soil layer.

As part of the fight against desertification and land degradation, large-scale government projects such as the Great Green Wall in China or the Green Initiative in Saudi Arabia were launched, involving large long-term investments in scientific research, land conversion, changing land use rules, etc.

These projects have identified a number of problems that significantly slow down the implementation of initiatives. Namely, low germination and survival rate of planted plants, high water consumption for irrigation, the availability of which is already below acceptable in these regions, additional budget costs for replanting plants and fertilizing the soil. And these problems are systemic, permanent, if the main question is not solved - how to grow tens of millions of seedlings in the hot sand of the desert, without humus-rich, moist soil and regular watering?

We found this solution - organic-mineral soil <Soilgrace>.

Research in the field of artificial, replacement soil compositions began in the 50s of the last century, they were initiated by the growth of business interest in industrial, mass production of agricultural products in greenhouses, as well as the beginning of promising programs for space exploration and exploration.

Humanity dreamed of cities, greenhouses and colorful greenhouses on the Moon, Mars, the moons of Jupiter and large orbital stations. Scientists needed to solve questions - how to grow plants in conditions of low gravity, barren and often toxic soil, strict restrictions on water consumption, etc. And the question of soil, where and what to grow on has always been paramount.

This is how hydroponic systems were born - growing plants on neutral soil, or without it at all, where water saturated with mineral and organic components is directly delivered to the roots of the plant.
But such systems are good in closed spaces with an artificial climate, and are not at all suitable for open surfaces with severe climatic conditions. Plus they require expensive engineering, professional care and do not help in any way in landscaping human spaces.

Therefore, scientists from different countries, starting from the Berkeley University laboratory in the USA, Germany and the space research laboratories of the USSR Academy of Sciences, made discoveries and developed technologies that formed the basis of an innovative product, organic-mineral soil <Soilgrace>.
A unique product that combines exceptional qualities of usefulness and self-sufficiency for accelerated plant growth, low cost in industrial production, and the ability to produce locally where large-scale planting is needed.

Contains all the necessary minerals, organic substances, microelements necessary for healthy, rapid rooting and growth of the planted plant during the first 6-24 months.
Absorbs and retains a record amount of moisture, even in comparison with coconut substrate (coconut shell fibers) used for these purposes.

It prevents the evaporation of moisture both from the surface and deep into the soil, which is especially important for desert landscaping projects.

Completely decomposes in the soil, enriching it with nitrogenous components necessary for plant growth.

Reliably holds the plant, moisturizing and nourishing the root system, even in conditions of strong winds, hurricanes, and sandstorms.

Such is the power of science put at the service of the interests of humanity.